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Application of Metal-based, Polymer-based and Ceramic-Based Composites in Thermal Engine
- 1 Dongguan High School, Dongguan, China
* Author to whom correspondence should be addressed.
Abstract
As a matter of fact, thermal engines have been widely implemented in various fields especially in recent years. In reality, the operation of the thermal engine produces numerous uncontrollable factors, which have a negative impact on the thermal engine machinery itself and negatively feedback the output effect of the thermal engine. Among various factors, the composites of coatings have a huge impact on the performances for the thermal engines. With this in mind, by analyzing various types of coatings in recent years and understanding the application of some coatings in other fields, this study will compare 3 typical types coting material, i.e., metal-based, polymer-based as well as ceramic-based composites. According to the analysis, Lenovo conceives whether it has suitable performance and function on the thermal machine. Introduce the feasibility of composite materials, and comprehensively analyze the specificity of various coatings. On the basis of effective implementation technology, the composite is envisaged.
Keywords
Coatings, Composites, Heat engines.
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Cite this article
Deng,S. (2024). Application of Metal-based, Polymer-based and Ceramic-Based Composites in Thermal Engine. Applied and Computational Engineering,89,9-13.
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The datasets used and/or analyzed during the current study will be available from the authors upon reasonable request.
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Volume title: Proceedings of the 2nd International Conference on Functional Materials and Civil Engineering
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